Buckminster Fuller Dictionary

Buckminster Fuller produced a Dictionary to describe everything he saw. It consisted of well over 21,000 words. He saw words as tools which one needs to do to carry out a job. Where it gets more interesting has to how he explains what is wrong with the words we use today. In the past people thought the world was flat until Christopher Columbus proved other wise. While people today still talk to one another as if the world is still flat. Buckminster Fuller explains that if the human beings have a false sense of what is going on around them it's going to make it more difficult to solve world problems. As people know a lot of people are short of adequate resources, clean water, food and shelter.  Humans have created a false sense that there isn't enough to go around for everyone, which simple is not true. The dictionary was designed to help people to sense what was really going on around them. I can't think of another person who understood nature and to better human kind than any one else




Above is a portrait of Christopher Columbus

Synergetics Dictionary Cue Cards


The link above is where you can find buckminster fuller dictionary





Picture above are some of the objects he used and would explain forces of energy, amount of resources used, weight of objects, movements these objects will make and he use words in his dictionary which explanation notes say what was going on.

Trim Tab

Buckminster Fuller wanted TrimTab written on his grave stone, so I thought I would tell you what I discovered, from research I have found.




Above picture of Buckminster Fuller grave stone



Above is a picture of a cargo ship 2300 tons in weight and can carry up to 7,500 large containers which are 40 feet long (Full length of lorry). Some of these containers weighing as much as 30 tonne. So you could say this ship is carrying a huge amount of weight.

 




What's extrodoarnay is that it doesn't take much strength to steer a ship. When you steer the steering wheel, what happens is you are moving a tiny object which can be found at the back of a ship. This tiny object will manage which direction the ship goes in.

 The amusing thing is that the object can be a lot more smaller than what is found on cargo ships today.




The trim tab can be found on the rudder of a cargo ship. The (moveable flap) in this drawing is the trimtab





You can find the trim tab on an aeroplane, it controls the up and down direction.

You could say the trimtab if position correctly, doesn't matter how small it is, it will control the movement of the whole object. A classic example of working with natures coordinates (synergistic).

Hardware Specialist

Buckminster Fuller is just like Keanu Reeves out of Matrix. One could call him a geek before the use of the computer. He was not focused on the software aspect but the hardware side. He saw the whole world as a spaceship traveling through the galaxy.




He understood the rules of nature under the microscope far better than anyone else.

  

 
Computers we use today have (software running through them). Software are made up of 0's and 1's.  



Software uses 0's and 1's
Hardware uses the buckyball


No one knew the 0's and 1's of hardware any better then buckminster fuller.

We use software to manage 0's and 1's
While we use nanotechnolgy to manage buckyballs.

We are now moving to the next stage where we use 3D Printers, the hardware structures which are coming out is using buckminster fuller technology.

Buckminster knew the science of moving very small object from one location to another. The nano technology is at it's infinint stage of achieving this. While software have moved from leaps and bounds.


Information sent through wire
Hardware sent through wire

wireless hardware signal
wireless software signal

 

Why commerce left London and went to New York

England many years ago was a resource rich country, it was this which gave us a head start compared with other countries. All transportation at the time was done by horse and cart. When goods were delivered from one location to another they would cross other routes on the way. These cross roads became market places, and it's where villages and towns grew from. The major towns were situated at main crossing, like a bridge across the river. At the time people who had goods to deliver did not have much choice but to travel over the bridge and pay a toll fee.

When one asks where was the number one major crossing in the UK, the answer was London Bridge.



 





Unfortunately with the fiancial benefits of ships compared with the horse and cart, it completely changed the rules on where the central location should be for commerce to take place when delivering goods. London Docklands was not a central location to transport goods all over the world by ship. While new york was the central location which had far better access to all the other main countries.





 
I will try my best to explain this, above is a picture of the Buckminster map of the earth (Drawn to scale)  When you look at the map laid out flat from a certain angle you see a massive pond of water in the middle and New York can reach every main country from this, while in England it's a bit tucked away and not a central location

In the next blog will explain where the huge benefits of ships were compared with the limitation of horse drawn carriage.

Working with natures cordinates

The earth rotates at 1000 mph and moves through the galaxy at 60,000 miles per hour. We build homes to sustain this force. When building homes we use far more resources compared with plants for example trees to stay up.

You could say the tree is better designed. What Buckminster discovered was that plants were using different cordinations when building there own structure compared with humans with there houses.

These cordinations buckminster fuller called synergetics.  It's where if you build a structure using particular angles, then an unusual situation occurs where you find yourself working with nature not against it. In my blogs I have been describing how a building does not need to weigh anything and the sheer amount of weight found in clouds while strangely just stay floating in the sky,


 

Above shows the cordinations leaves use in it's structure


 

 Above shows the curve lines used on the leaf

 

Picture above shows the leon da vici flying machine he invented just over 500 years ago

 


I look at the objects we use today and can't help thinking that leon da vici was better cordinated with how nature works. When working with natures coordinates, it is known as maths to the 4th dimension. It's what buckminster was very focused on, he was one of only three people at the time that understood Einstein's mathematics. Where it gets very interesting is that he wrote a book called nine chains to the moon. After a month of the book went on sale, he received a knock on the door from Einstein himself and confirm the mathematics he was using to work things out was correct and said he was a truly amazing man as he could not find a use for mathematics to the fourth dimension like he did. I consider  leonardo da vinci as a person who could find a use for it too. That's where I base his inventions from.

Working with natures cordinates

Human animal senses
Frequency where does it come from
Great Depression 1930's
The world drawn to scale
How much does a rain cloud weigh?
What happens when you build big domes
How much should a home weigh?
Should homes use so much resources?
How long should it take to build a home?
Why don't our homes come from factories?

Human animal senses

 

Our senses comes from frequencies. These frequencies is where we receive our information from. It is where we make our judgement from.

One judgement humans make is how intelegent the human animal is compared with other animals.





Above is a picture of a human animal using four different senses (frequencies)



Frequency  is made of speed and length.


What has been discovered is that different animals take in different frequencies for it's information, some are using the same frequencies, but are limited in what information they can take in.

For example lets say you have a radio, you could say some animals will be able to get access to a different radio channel. Another example is when they do have access to a certain radio broadcast channel, some animals get a better reception compared with other animals.

A dog has a poor vision frequency reception, while they have far better reception with sound, smell and taste. The birds and other small animals have higher quality vision and use a another frequency called Ultraviolet for vision. 

The point that's been made is that other animals with there senses can taking for better quality information compared with the human animal when they are making a judgement about things. You could say animals see us as animal and consider themselves more clever than us.

Diagram above gives example of different frequencies based on wavelength sizes.




 
Diagram above gives example of various frequencies and what they are used for.

In the next blog I will be looking into the rotation of planet earth.


Human animal senses
Frequency where does it come from
Great Depression 1930's
The world drawn to scale
How much does a rain cloud weigh?
What happens when you build big domes
How much should a home weigh?
Should homes use so much resources?
How long should it take to build a home?
Why don't our homes come from factories?

Frequency where does it come from

Frequencies come from vibrations,

The earth spins on it's axis about 1000 mph and  the moon spins at 10 mph which causes vibrations.

It moves through the solar system at a speed over 60,000 mph.

Gravity pulls from the moon, causes sea waves, creating a visual frequency. The theory is that all the planets in the universe are causing some form of frequency, and gravity pull which are invisible to the naked eye, and other senses.

There are man made frequencies, for example radio speakers cause sound frequencies. Satellite used for television, Microwave used for cooking food.

They say the brain is made up of many different types of frequencies. There has been concerns that the frequency which you are exposed to from mobile phones is not good for the brain as it travels into your head as it can cause cancer.



Diagram above shows some of the most common frequencies which can be found in the brain and what they do.





Above is a great example of the human animal using four different types of frequencies to gather information which the person can uses to make a decision on. We like to call these type of frequencies, human senses.





Picture above is a human brain absorbing the frequencies which comes from e.g. the radio, the various planets in the solar system which keeps the brain in sync and operational.

Human animal senses
Frequency where does it come from
Great Depression 1930's
The world drawn to scale
How much does a rain cloud weigh?
What happens when you build big domes
How much should a home weigh?
Should homes use so much resources?
How long should it take to build a home?
Why don't our homes come from factories?

Technology caused the Great Depression

As people know the crash of the stock market caused the Great Depression, and we know people were borrowing money just to gamble it on the stock market.

But the Buckminster fuller talks about the transatlantic telegraph cable a technology break through at the time which started the process of the great depression. The secret Buckminster Fuller exposes is that it was the Pirates who were the true rulers which had the ultimate control on the world. While kings of their countries were at the mercy of the Pirates and had no choice but to give in to there demands.

What it came down to was that resources around the world are spread unevenly and had to be transported by sea from one country to another, that's where the Pirates come in. Secondly the success and failure of a country was based on what resources they could get hold of e.g. various metals, to make weapons out of. The third problem was that Kings where unable to communicate with each other, it could take a month just to send a reply to a message. The forth problem was that Kings may rule there own country but it was the Pirates which ruled the sea. 

Like I was saying the Pirates were more powerful than the Kings at the time. What the transatlantic telegraph cable did was allow kings between countries to communicate directly with each other very quickly and do business away from the Pirates. 

The Stock Market at the time was built simple on the idea of Pirates buying and selling stock on the local market in each country they went to port in.


What happened in World War I, many of the pirates ships got destroyed as it was distributing it's cargo around the world. This caused major disruption on a steady flow of stock entering into the stock market.

When problems arise it was the politicians, that would find out what the problems were, the people they use to take advise from were the pirates themselves, but after world war I they near enough became extinct. This is what triggered the roaring 20's where all the commodities in the stock market shot up in value, due simple because the pirates were not around to supply the goods. The Politicians at the time found themselves in a situation, where they had no one to turn to, and it was then they were face with the challenge of trying to run the country themselves. In the past politicians where not powerful people like they are today.

Great Depression 1930's
The world drawn to scale
How much does a rain cloud weigh?
What happens when you build big domes
How much should a home weigh?
Should homes use so much resources?
How long should it take to build a home?
Why don't our homes come from factories?

The world drawn to scale

Another interesting discovery I found when researching Buckminster Fuller has to be that the map of the world we see in the class room is not drawn to scale. Yet for many years there was a map drawn to scale which could be used.  

 




When you look at the map, it looks like one of the channel islands you would come across on the global world map. Buckminster Fuller has said that Politicians, were not to keen if we saw the world "drawn to scale" as it might change there views on world economics.

 

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Above is the map which is used today, it leaves one thinking that we are all surrounded by sea, and all the countries can not be reached by car and are seperated by sea. Buckminster was a person who felt people should know the truth about the world they live in and a map of the world drawn to scale was a classic example.

Needed 1 billion people for full work to meet future demands!

How much does a rain cloud weigh?

How much does a rain cloud weigh

An average cloud contains 5 grams of water vapor per cubic meter.  If we were to measure the weight of the water vapor of a full size cloud which has a base length of 10 km and a diameter of 10 km. The volume of the cloud would be 785 billion sq meters and the weight of the clouds water vapors would be 4 billion kilograms per cloud.


So if this cloud decided to rain, then the total weight which would be dropped over the space of 10 km would be 4 billion kilograms.

So what is the weight of 4 billion kilograms, compared with human beings. I decided to work on an average person weighing 75 kg. The number reveals a cloud of this size has a weight of 53 million people. So if a good size cloud hanging over New York City and was 10 kilometers in size going across. You could say the weight of the cloud would weigh a lot more than all the people which currently live in New York, which is 8 million.







Buckminster Fuller was interested in building a dome which covered over a city. The weight of the dome being nearly as light as a floating cloud. If one was to artificially created a cloud which was 10 kilometer in size you could say it could transport 53 million people just like a zeppelin airship.

where it gets more controversial has to be the fact that you would hardly use any resources to build the structure, far less compared with what was needed to build new york city, by at least 99%. The time to be build can be super quick, if built in a similar way a circus tent is built. Which only takes a matter of hours to erect.



The world drawn to scale

Needed 1 billion people for full work to meet future demands!

How much does a rain cloud weigh?

What happens when you build big domes

 

When a dome is built which has a 100 foot in diameter it would enclose 7 tons of air. The weight of the structure, of this size can weigh only 3.5 tons. The air inside the dome has a weight ratio of 2 to1 compared with the weight of the dome structure.

It starts getting more interest when you double the size of the dome to 200 feet, the air inside greatly increases to 56 tons. So the air weight inside increases by 8 times, due to the fact the space inside the dome increases by 8 times. While the structure weight just doubles to 7 tons,  This means the air to structure ratio greatly increases 8 to 1.

When you double the structure again to 400 feet, the air inside jumps over 500 tones while the structure only weighs a mere 15 tons. So the air to structure ratio is 32 to 1.


When the structure is 1.5 miles long, the air to structure ratio is 1000 to 1. That's when it starts getting interesting. When the sun shines on to the structure it will then raise the temperature inside the structure. It has been said that the temperature inside, has to only raise by 1 degree and the oxygen inside would push the weight of the structure off the ground. As the weight of the oxygen inside and the building structure would weigh less than the surrounding atmosphere.

 


When a huge dome building structure looses it sense of gravity they are known as float-able cloud structures, in the morning you sometimes get low lying clouds, which is known as fog and mist, when the sun comes up and heats this cloud it then rises up into the atmosphere, domes which encapsulate huge amounts of oxygen also behave the same way.

In the next blog I will be talking about how much weight a rain cloud holds.

Great Depression 1930's
The world drawn to scale

How much does a rain cloud weigh?
What happens when you build big domes
How much should a home weigh?
Should homes use so much resources?
How long should it take to build a home?
Why don't our homes come from factories?

how much should a home weigh

When a home uses 90% less resources, then that means it will weigh 90% less in weight





Diagram above shows a traditional home and a buckminster fuller designed home




Diagram above shows a building which is 90% less in weight due to the fact it uses 90% less resources

One of the big secrets I discovered when studying buckminster books has been that you have to consider the oxygen inside the dome. Surprisingly there is a huge amount of weight in oxygen and when the suns energy touches it, it looses some of it's weight. Basically what happens is the sun heats the oxygen inside the dome like a green house and the temperature of the oxygen inside the dome becomes a lot lighter compared with the oxygen on the outside of the dome.

You could say the oxygen on the inside is trying to push out of the dome. The extraordinary thing is the direction of the force is in the opposite direction of the weight of the building force and is so great it takes away a lot of the weight of the building. You could call it a counter balance weight, as the building is super light to start with the question could be asked how much does the building weigh when this is going on?



The diagram above is a dome structure which is being picked up by a helicopter. On another blog I will explain some more buck-minster secrets about the weight of domes which you can clearly see use different laws to nature compared with the gravity weights which could be found in the homes we currently live in.


Great Depression 1930's
The world drawn to scale

How much does a rain cloud weigh?
What happens when you build big domes
How much should a home weigh?
Should homes use so much resources?
How long should it take to build a home?
Why don't our homes come from factories?